another small breakthrough on our NERD technology.

[poynt99]

The essential message is this:

I have no intention of entering into any formal agreement with you UNTIL YOU DEMONSTRATE that you have an understanding of the DC power problem I gave you. That includes knowing what polarity of power is assigned to the battery and load, and WHY. I'll also expect to NOT hear any gibberish about source and load powers alternating, or some such nonsense. If you conquer that problem, we'll move on to others more complex until I am satisfied you are at a level of competence sufficient to speak intelligently about your circuit and the measurements involved.

Alternately, you can choose someone who DOES have the competence in electronics theory and power measurement to represent you. They too must demonstrate that they have the level of competence required to speak intelligently in the matters of power measurement and electronics theory. We'll start with the DC power problem I gave you, then move on from there if they are successful.

About that list of protocols etc., when and if you're ready (based on the above), then we'll talk. But NOT before!

[Rosemary Ainslie]

The essential message is this:

I have no intention of entering into any formal agreement with you UNTIL YOU DEMONSTRATE that you have an understanding of the DC power problem I gave you. That includes knowing what polarity of power is assigned to the battery and load, and WHY. I'll also expect to NOT hear any gibberish about source and load powers alternating, or some such nonsense. If you conquer that problem, we'll move on to others more complex until I am satisfied you are at a level of competence sufficient to speak intelligently about your circuit and the measurements involved.

Alternately, you can choose someone who DOES have the competence in electronics theory  power measurement to represent you. They too must demonstrate that they have the level of competence required to speak intelligently in the matters of power measurement and electronics theory. We'll start with the DC power problem I gave you, then move on from there if they are successful.

THIS IS RICH.  Now I must first bend my mind around that PAPER? of yours.   Do we first do an analysis of THAT?  So that I can demonstrate to you that not ONLY do I understand it - but that it's an assemblage of the most PITIABLE criteria that has NOTHING WHATSOEVER TO DO WITH STANDARD MEASUREMENT PROTOCOLS.  I'm more than happy to ENGAGE.  Where do we start.  Page 1.  Or do we refer to those diagrams where you don't even describe where you signal ground goes?

I'M READY STEADY GO - TO GIVE THIS MY BEST SHOT.  Do I post that first page of arguments?  OR DO YOU?

Regards,
Rosie Posie

[poynt99]

I was NOT referring to my document called: "detailed_analysis06.pdf".

I was referring to the simple DC power problem I gave you a number of pages back. I will try to find it and post the link...

[Rosemary Ainslie]

The essential message is this:

I have no intention of entering into any formal agreement with you UNTIL YOU DEMONSTRATE that you have an understanding of the DC power problem I gave you. That includes knowing what polarity of power is assigned to the battery and load, and WHY. I'll also expect to NOT hear any gibberish about source and load powers alternating, or some such nonsense. If you conquer that problem, we'll move on to others more complex until I am satisfied you are at a level of competence sufficient to speak intelligently about your circuit and the measurements involved.

Alternately, you can choose someone who DOES have the competence in electronics theory and power measurement to represent you. They too must demonstrate that they have the level of competence required to speak intelligently in the matters of power measurement and electronics theory. We'll start with the DC power problem I gave you, then move on from there if they are successful.

About that list of protocols etc., when and if you're ready (based on the above), then we'll talk. But NOT before!

LET ME SEE THAT ARGUMENT OF YOURS.  AND THEN I'LL GET BACK TO THIS POST.

Rosemary

[poynt99]

Here is the simple DC power problem I gave you before:

Please provide the calculations for power delivered by the battery, and power dissipated by RLOAD. BE SURE TO INCLUDE THE POLARITY OF EACH RESULT.